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Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

Infrared Fresnel lens is primarily used to transmit infrared light for motion detector use. Passive Infrared PIR Fresnel lenses are molded in a flexible, 0.457mm thick, High Density PE. Advantages of this product are: least absorption loss in the 8-14 micron region, extremely thin with consistent thickness across the lens, large apertures and minimal thermal expansion.

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